pyGlobalPlatform

• 1. list smartcard readers

  # Import the module
  import globalplatformlib as gp
  
  # Establish context
  context = gp.establishContext()
  
  # List readers
  readernames = gp.listReaders(context)
  
  # print all the reader names
  for readername in readernames:
  print readername
  
  # Release context
  gp.releaseContext(context)
                                  

• 2. Get data in the card

  # Import the module
  import globalplatformlib as gp
  
  # Establish context
  context = gp.establishContext()
  
  # Select smartcard reader
  readernames = gp.listReaders(context)
  readerName=readernames[0]
  
  # Connect the reader
  cardInfo = gp.connectCard(context, readerName, gp.SCARD_PROTOCOL_Tx)
  
  # Get SCP details
  scp, scpi = gp.getSCPDetails(context, cardInfo)
  
  # Mutual Authentication
  securityInfo = gp.mutualAuthentication(context, cardInfo, gp.DEFAULT_KEY, gp.DEFAULT_KEY, gp.DEFAULT_KEY, gp.DEFAULT_KEY, 0, 0, scp, scpi, 0, 0)
  
  # Get data from card
  data1 = gp.getData(context, cardInfo, securityInfo, gp.TAG_DATA_IIN)
  data2 = gp.getData(context, cardInfo, securityInfo, gp.TAG_DATA_CIN)
  data3 = gp.getData(context, cardInfo, securityInfo, gp.TAG_DATA_CARD_DATA)
  data4 = gp.getData(context, cardInfo, securityInfo, gp.TAG_DATA_KEY_INFORMATION_TEMPLATE)
  # Optional
  data5 = gp.getData(context, cardInfo, securityInfo, gp.TAG_DATA_SECURITY_LEVEL)
  # Optional
  data6 = gp.getData(context, cardInfo, securityInfo, gp.TAG_DATA_APPLICATIONS)
  # Optional
  data7 = gp.getData(context, cardInfo, securityInfo, gp.TAG_DATA_EXTENDED_CARD_RESOURCE_INFORMATION)
  # Optional
  data8 = gp.getData(context, cardInfo, securityInfo, gp.TAG_CONFIRMATION_COUNTER)
  data9 = gp.getData(context, cardInfo, securityInfo, gp.TAG_SEQUENCE_COUNTER)
  
  # Release context
  gp.releaseContext(context)
  
  # Print the card information
  if data1 != -1:
      print "1 IIN: " + "".join("%02X" %(ord(b)) for b in data1)
  if data2 != -1:
      print "2 CIN: " + "".join("%02X" %(ord(b)) for b in data2)
  if data3 != -1:
      print "3 CARD DATA: " + "".join("%02X" %(ord(b)) for b in data3)
  if data4 != -1:
      print "4 KEY INFORMATION TEMPLATE: " + "".join("%02X" %(ord(b)) for b in data4)
  if data5 != -1:
      print "5 SECURITY LEVEL: " + "".join("%02X" %(ord(b)) for b in data5)
  if data6 != -1:
      print "6 APPLICATIONS: " + "".join("%02X" %(ord(b)) for b in data6)
  if data7 != -1:
      print "7 EXTENDED CARD RESOURCE INFORMATION: " + "".join("%02X" %(ord(b)) for b in data7)
  if data8 != -1:
      print "8 CONFIRMATION COUNTER: " + "".join("%02X" %(ord(b)) for b in data8)
  if data9 != -1:
      print "9 SEQUENCE COUNTER: " + "".join("%02X" %(ord(b)) for b in data9)
                                  

• 3. Establish secure channel

  
  # Import the module
  import globalplatformlib as gp
  
  # Establish Context
  context = gp.establishContext()
  
  # Select the smartcard reader you want to connect
  readernames = gp.listReaders(context)
  readerName=readernames[0]
  
  #Connect reader
  cardInfo = gp.connectCard(context, readerName, gp.SCARD_PROTOCOL_Tx)
  
  # Get SCP details
  scp, scpi = gp.getSCPDetails(context, cardInfo)
  
  # Mutual Authentication
  securityInfo = gp.mutualAuthentication(context, cardInfo, gp.DEFAULT_KEY, gp.DEFAULT_KEY, gp.DEFAULT_KEY, gp.DEFAULT_KEY, 0, 0, scp, scpi, 0, 0)
  
  # Release context
  gp.releaseContext(context)
                                  

• 4. Load package and install applet

  # Import the module
  import globalplatformlib as gp
  
  # EstablishContext
  context = gp.establishContext()
  
  # Select smartcard reader
  readernames = gp.listReaders(context)
  readerName=readernames[0]
  
  # Connect the reader
  cardInfo = gp.connectCard(context, readerName, gp.SCARD_PROTOCOL_Tx)
  
  # Get SCP details
  scp, scpi = gp.getSCPDetails(context, cardInfo)
  
  # Mutual Authentication
  securityInfo = gp.mutualAuthentication(context, cardInfo, gp.DEFAULT_KEY, gp.DEFAULT_KEY, gp.DEFAULT_KEY, gp.DEFAULT_KEY, 0, 0, scp, scpi, 0, 0)
  
  # Select CAP file
  capFile = PATH_TO_CAP_FILE
  loadFileInfo = gp.readExecutableLoadFileParameters(capFile)
  packageAID = loadFileInfo['loadFileAID']
  appletAID = loadFileInfo['applets'][0]
  
  # Delete the same package which has been already in the card.
  try:
      ret = gp.deleteApplication(context, cardInfo, securityInfo, packageAID)
  except Exception, e:
      print e.message
      pass
  
  # Install the applet
  ret = gp.installForLoad(context, cardInfo, securityInfo, packageAID, gp.AID_ISD, '', '', 0, 0, 0)
  if ret == -1:
      raise Exception("Install for load failed.")
  ret = gp.load(context, cardInfo, securityInfo, '', capFile)
  if ret == -1:
      raise Exception("Load failed.")
  ret = gp.installForInstall(context, cardInfo, securityInfo, packageAID, appletAID, appletAID, 0, 0, 0, 0, '')
  if ret == -1:
      raise Exception("Install failed.")
  
  # Release context
  gp.releaseContext(context)
                                  

• 5. Get status

  # Import the module
  import globalplatformlib as gp
  
  # EstablishContext
  context = gp.establishContext()
  
  # Select smartcard reader
  readernames = gp.listReaders(context)
  readerName=readernames[0]
  
  # Connect the reader
  cardInfo = gp.connectCard(context, readerName, gp.SCARD_PROTOCOL_Tx)
  
  # Get SCP details
  scp, scpi = gp.getSCPDetails(context, cardInfo)
  
  # Mutual Authentication
  securityInfo = gp.mutualAuthentication(context, cardInfo, gp.DEFAULT_KEY, gp.DEFAULT_KEY, gp.DEFAULT_KEY, gp.DEFAULT_KEY, 0, 0, scp, scpi, 0, 0)
  
  # Get data from card
  isd = gp.getStatus(context, cardInfo, securityInfo, gp.GET_STATUS_P1_ISD)
  appSSDs = gp.getStatus(context, cardInfo, securityInfo, gp.GET_STATUS_P1_APP_SSD)
  exeFiles = gp.getStatus(context, cardInfo, securityInfo, gp.GET_STATUS_P1_EXECUTABLE_LOAD_FILES)
  exeFilesModules = gp.getStatus(context, cardInfo, securityInfo, gp.GET_STATUS_P1_EXECUTABLE_LOAD_FILES_MODULES)
  
  # Release context
  gp.releaseContext(context)
  
  # Print the data
  for status in (isd, appSSDs, exeFiles, exeFilesModules):
      print "-------------------------------------"
      if status != -1:
          appsInfo, fileModulesInfo = status
          for appInfo in appsInfo:
              print "AID: %s - PRIV: %02X - LIFE-CYCLE-STATE: %02X" %("".join("%02X" %(ord(b)) for b in appInfo['aid']), appInfo['privileges'], appInfo['lifeCycleState'])
          for fileModuleInfo in fileModulesInfo:
              print "AID: %s - PRIV: %02X" %("".join("%02X" %(ord(b)) for b in fileModuleInfo['aid']), fileModuleInfo['lifeCycleState'])
              for moduleInfo in fileModuleInfo['executableModules']:
                  print "    " + "".join('%02X' %(ord(b)) for b in moduleInfo)
                                  

• 1. establishContext() -- Establish a context to connect layer

• • Return the context established.
  • Exception raised if failed.

• 2. releaseContext(context)-- Release the context to the connection layer established by establish_context().

• • context: The context established by establish_context().
  • Returns 0 if successful.
  • Exception raised if failed.

• 3. listReaders(context)-- Return a list of current available readers.

• context: The context established by establish_context().
• Returns 0 if successful.
• Exception raised if failed.

• 4. connectCard(context, readerName, protocul)-- Connect to a reader.
• context: The context established by establish_context().
• readerName: The reader name.
• protocul: Connection protocul, the value can be one of:
  • SCARD_PROTOCOL_UNDEFINED = 0x00000000
  • SCARD_PROTOCOL_T0 = 0x00000001
  • SCARD_PROTOCOL_T1 = 0x00000002
  • SCARD_PROTOCOL_RAW = 0x00010000
  • SCARD_PROTOCOL_Tx = (SCARD_PROTOCOL_T0 | SCARD_PROTOCOL_T1)
• Return cardInfo if successful, cardInfo is used in the fullowing functions.
• Exception raised if failed.

• 5. disconnectCard(context, cardInfo)-- Disconnect a reader.

• context: The context established by establish_context().
• cardInfo: The cardInfo returned by connectCard().
• Return 0 if successful.
• Exception raised if failed.

• 6. selectApplication(context, cardInfo, aid)-- Select an application on a card by AID.
• context: The context established by establish_context().
• cardInfo: The cardInfo returned by connectCard().
• aid: The id of application.
• Return 0 if successful.
• Exception raised if failed.

• 7. mutualAuthentication(context, cardInfo, baseKey, sencKey, smacKey, dekKey, keySetVersion, keyIndex, scp, scpi, securityLevel, derivationMethod)-- Mutual authentication
• context: The context established by establish_context().
• cardInfo: The cardInfo returned by connectCard().
• baseKey: Secure Channel base key or the master key for the key derivation.
• sencKey: Secure Channel Encryption Key.
• smacKey: Secure Channel Message Authentication Code Key.
• dekKey: Data Encryption Key.
• keySetVersion: The key set version on the card to use for mutual authentication.
• keyIndex: The key index of the encryption key in the key set version on the card to use for mutual authentication.
• scp: The Secure Channel Protocul.
• scpi: The Secure Channel Protocul Implementation.
• securityLevel: The requested security level.
• derivationMethod: The derivation method to use for.
• Return securityInfo if successful, securityInfo is used in functions which uses Secure Channel.
• Exception raised if failed.

• 8. getStatus(context, cardInfo, securityInfo, cardElement)-- Get the life cycle status of Applications, the Issuer Security Domains, Security Domains and Executable Load Files and their privileges or information about Executable Modules of the Executable Load Files.
• context: The context established by establish_context().
• cardInfo: The cardInfo returned by connectCard().
• securityInfo: The securityInfo returned by mutualAuthentication().
• cardElement: Identifier to retrieve data for Load Files, Applications or the Card Manager. The value is one of:
  • GET_STATUS_P1_ISD = 0x80
  • GET_STATUS_P1_APP_SSD = 0x40
  • GET_STATUS_P1_EXECUTABLE_LOAD_FILES = 0x20
  • GET_STATUS_P1_EXECUTABLE_LOAD_FILES_MODULES = 0x10
• Return tuple(appletsData, executableModulesData) if successful. Each appletData contains aid/lifeCycleState/privileges of applet. Each executableModuleData contains aid/lifeCycleState and executableModules aids.
• Exception raised if failed.

• 9.setStatus(context, cardInfo, securityInfo, cardElement, aid, lifeCycleState)-- Sets the life cycle status of Applications, Security Domains or the Card Manager.
• context: The context established by establish_context().
• cardInfo: The cardInfo returned by connectCard().
• securityInfo: The securityInfo returned by mutualAuthentication().
• cardElement: Identifier to retrieve data for Load Files, Applications or the Card Manager. The value is one of:
  • GET_STATUS_P1_ISD = 0x80
  • GET_STATUS_P1_APP_SSD = 0x40
  • GET_STATUS_P1_EXECUTABLE_LOAD_FILES = 0x20
  • GET_STATUS_P1_EXECUTABLE_LOAD_FILES_MODULES = 0x10
• aid: The id of applet.
• lifeCycleState: The new life cycle state.
• Return 0 if successful.
• Exception raised if failed.

• 10. getData(context, cardInfo, securityInfo, identifier)-- Retrieve card data.

• context: The context established by establish_context().
• cardInfo: The cardInfo returned by connectCard().
• securityInfo: The securityInfo returned by mutualAuthentication(), null if securityInfo not needed.
• identifier: Two byte buffer with high and low order tag value for identifying card data object. The value is one of:
  • TAG_DATA_IIN = '42'
  • TAG_DATA_CIN = '45'
  • TAG_DATA_CARD_DATA = '66'
  • TAG_DATA_KEY_INFORMATION_TEMPLATE = '0'
  • TAG_DATA_SECURITY_LEVEL = '3'
  • TAG_DATA_APPLICATIONS = '2F00'
  • TAG_DATA_EXTENDED_CARD_RESOURCE_INFORMATION = '21'
  • TAG_CONFIRMATION_COUNTER = '2'
  • TAG_SEQUENCE_COUNTER = '1'
• Return the data.
• Exception raised if failed.

• 11.putData(context, cardInfo, securityInfo, identifier, data)-- Put card data.

• context: The context established by establish_context().
• cardInfo: The cardInfo returned by connectCard().
• securityInfo: The securityInfo returned by mutualAuthentication(), null if securityInfo not needed.
• identifier: Two byte buffer with high and low order tag value for identifying card data object. The value is one of:
  • TAG_DATA_IIN = '42'
  • TAG_DATA_CIN = '45'
  • TAG_DATA_CARD_DATA = '66'
  • TAG_DATA_KEY_INFORMATION_TEMPLATE = '0'
  • TAG_DATA_SECURITY_LEVEL = '3'
  • TAG_DATA_APPLICATIONS = '2F00'
  • TAG_DATA_EXTENDED_CARD_RESOURCE_INFORMATION = '21'
  • TAG_CONFIRMATION_COUNTER = '2'
  • TAG_SEQUENCE_COUNTER = '1'
• data: The data.
• Return 0 if successful.
• Exception raised if failed.

• 12. getSCPDetails(context, cardInfo)-- Get the Secure Channel Protocul and the Secure Channel Protocul implementation.

• context: The context established by establish_context().
• cardInfo: The cardInfo returned by connectCard().
• Return tuple(scp, scpi) if successful.
• Exception raised if failed.

• 13. getSequenceCounter(context, cardInfo)-- Get the current Sequence Counter.

• context: The context established by establish_context().
• cardInfo: The cardInfo returned by connectCard().
• Return sequence counter if successful.
• Exception raised if failed.

• 14. putSCKey(context, cardInfo, securityInfo, keysetVersion, newKeySetVersion, newBaseKey, newSEncKey, newSMacKey, newDEKKey)-- Replace or add a secure channel key set consisting of S-ENC, S-MAC and DEK.
• context: The context established by establish_context().
• cardInfo: The cardInfo returned by connectCard().
• securityInfo: The securityInfo returned by mutualAuthentication(), null if securityInfo not needed.
• keysetVersion: An existing key set version.
• newKeySetVersion: The new key set version.
• newBaseKey: The new Secure Channel base key.
• newSEncKey: The new S-ENC key.
• newSMacKey: The new S-MAC key.
• newDEKKey: The new DEK.
• Return 0 if successful.
• Exception raised if failed.

• 15. deleteKey(context, cardInfo, securityInfo, keysetVersion, keyIndex)-- Delete a key or multiple keys.
• context: The context established by establish_context().
• cardInfo: The cardInfo returned by connectCard().
• securityInfo: The securityInfo returned by mutualAuthentication(), null if securityInfo not needed.
• keysetVersion: An existing key set version.
• keyIndex: The index of key in the keyset.
• Return 0 if successful.
• Exception raised if failed.

• 16. getKeyInformationTemplates(context, cardInfo, securityInfo, num)-- Retrieve key information of keys on the card.
• context: The context established by establish_context().
• cardInfo: The cardInfo returned by connectCard().
• securityInfo: The securityInfo returned by mutualAuthentication(), null if securityInfo not needed.
• num: The number of the key information template.
• Return key information template data if successful.
• Exception raised if failed.

• 17. deleteApplication(context, cardInfo, securityInfo, aids)-- Delete Executable Load Files or applications.
• context: The context established by establish_context().
• cardInfo: The cardInfo returned by connectCard().
• securityInfo: The securityInfo returned by mutualAuthentication(), null if securityInfo not needed.
• aids: aids of the applications and load files to delete.
• Return 0 if successful.
• Exception raised if failed.

• 18. installForLoad(context, cardInfo, securityInfo, packageAID, sdAID, dataBlockHash, loadToken, nonVulatileCodeSpaceLimit, vulatileDataSpaceLimit, nonVulatileDataSpaceLimit)-- Prepare the card for loading an application.
• context: The context established by establish_context().
• cardInfo: The cardInfo returned by connectCard().
• securityInfo: The securityInfo returned by mutualAuthentication(), null if securityInfo not needed.
• packageAID: The Executable Load File AID.
• sdAID: The Security Domain AID.
• dataBlockHash: The Load File Data Block Hash of the Executable Load File.
• loadToken: The Load Token. This is a 1024 bit (=128 byte) RSA Signature.
• nonVulatileCodeSpaceLimit: The minimum amount of space that must be available to store the package.
• vulatileDataSpaceLimit: The minimum amount of RAM space that must be available.
• nonVulatileDataSpaceLimit: The minimum amount of space for objects of the application.
• Return 0 if successful.
• Exception raised if failed.

• 19. load(context, cardInfo, securityInfo, dapBlock, packageFileName)-- Load a Executable Load File (containing an application) to the card.
• context: The context established by establish_context().
• cardInfo: The cardInfo returned by connectCard().
• securityInfo: The securityInfo returned by mutualAuthentication(), null if securityInfo not needed.
• dapBlock: The DAP block.
• packageFileName: The package file path name.
• Return receiptData if successful.
• Exception raised if failed.

• 20. loadFromBuffer(context, cardInfo, securityInfo, dapBlock, packageBuf)-- Load a Executable Load File (containing an application) from a buffer to the card.
• context: The context established by establish_context().
• cardInfo: The cardInfo returned by connectCard().
• securityInfo: The securityInfo returned by mutualAuthentication(), null if securityInfo not needed.
• dapBlock: The DAP block.
• packageBuf: The package data buffer.
• Return receiptData if successful.
• Exception raised if failed.

• 21. installForInstall(context, cardInfo, securityInfo, packageAID, moduleAID, appletAID, privileges, vulatileDataSpaceLimit, nonVulatileDataSpaceLimit, installParameters, installToken)-- Install an application on the card.
• context: The context established by establish_context().
• cardInfo: The cardInfo returned by connectCard().
• securityInfo: The securityInfo returned by mutualAuthentication(), null if securityInfo not needed.
• packageAID: AID of the Executable Load File.
• moduleAID: The AID of the application class in the package.
• appletAID: The AID of the installed application.
• privileges: The application privileges.
• vulatileDataSpaceLimit: The minimum amount of RAM space that must be available.
• nonVulatileDataSpaceLimit: The minimum amount of space for objects of the application, i.e. the data allocated in its lifetime.
• installParameters: Applet install parameters for the install() method of the application.
• installToken: The Install Token. This is a 1024 bit (=128 byte) RSA Signature.
• Return receiptData if successful.
• Exception raised if failed.

• 22.installForMakeSelectable(context, cardInfo, securityInfo, appletAID, privileges, installToken)-- Make an installed application selectable.
• context: The context established by establish_context().
• cardInfo: The cardInfo returned by connectCard().
• securityInfo: The securityInfo returned by mutualAuthentication(), null if securityInfo not needed.
• appletAID: The AID of the installed application or security domain.
• privileges: The application privileges. Can be an OR of multiple privileges.
• installToken: The Install Token. This is a 1024 bit (=128 byte) RSA Signature.
• Return receiptData if successful.
• Exception raised if failed.

• 23. installForInstallAndMakeSelectable(context, cardInfo, securityInfo, packageAID, moduleAID, appletAID, privileges, vulatileDataSpaceLimit, nonVulatileDataSpaceLimit, installParameters, installToken)-- Install and make an installed application selectable.
• context: The context established by establish_context().
• cardInfo: The cardInfo returned by connectCard().
• securityInfo: The securityInfo returned by mutualAuthentication(), null if securityInfo not needed.
• packageAID: AID of the Executable Load File.
• moduleAID: The AID of the application class in the package.
• appletAID: The AID of the installed application.
• privileges: The application privileges.
• vulatileDataSpaceLimit: The minimum amount of RAM space that must be available.
• nonVulatileDataSpaceLimit: The minimum amount of space for objects of the application, i.e. the data allocated in its lifetime.
• installParameters: Applet install parameters for the install() method of the application.
• installToken: The Install Token. This is a 1024 bit (=128 byte) RSA Signature.
• Return receiptData if successful.
• Exception raised if failed.

• 24. installForPersonalization(context, cardInfo, securityInfo, appAID)-- Inform a Security Domain that a associated application will retrieve personalization data.
• context: The context established by establish_context().
• cardInfo: The cardInfo returned by connectCard().
• securityInfo: The securityInfo returned by mutualAuthentication(), null if securityInfo not needed.
• appAID: The AID of the installed application.
• Return receiptData if successful.
• Exception raised if failed.

• 25. insatllForExtradition(context, cardInfo, securityInfo, sdAID, appletAID, extrationToken)-- Associate an application with another Security Domain.
• context: The context established by establish_context().
• cardInfo: The cardInfo returned by connectCard().
• securityInfo: The securityInfo returned by mutualAuthentication(), null if securityInfo not needed.
• sdAID: The Security Domain AID.
• appletAID: The AID of the installed application.
• extrationToken: The Install Token. This is a 1024 bit (=128 byte) RSA Signature.
• Return receiptData if successful.
• Exception raised if failed.

• 26. sendApdu(context, cardInfo, securityInfo, capdu)-- Send an application protocul data unit.
• context: The context established by establish_context().
• cardInfo: The cardInfo returned by connectCard().
• securityInfo: The securityInfo returned by mutualAuthentication(), null if securityInfo not needed.
• capdu: The command APDU to send.
• Return response APDU data if successful.
• Exception raised if failed.

• 27. manageChannel(context, cardInfo, securityInfo, openClose, channelToClose)-- Open or close a Logical Channel.
• context: The context established by establish_context().
• cardInfo: The cardInfo returned by connectCard().
• securityInfo: The securityInfo returned by mutualAuthentication(), null if securityInfo not needed.
• openClose: Open or close?
• channelToClose: The Logical Channel number to close.
• Return the Logical Channel number opened if successful.
• Exception raised if failed.

• 28. selectChannel(cardInfo, channelNUmber)-- If multiple Logical Channels are open or a new Logical Channel is opened with select_application(), select the Logical Channel.
• cardInfo: The cardInfo returned by connectCard().
• channelNUmber: The Logical Channel number to select.
• Returns 0 if success.
• Exception raised if failed.

• 29. storeData(context, cardInfo, securityInfo, data)-- The STORE DATA command is used to transfer data to an Application or the Security Domain processing the command.
• context: The context established by establish_context().
• cardInfo: The cardInfo returned by connectCard().
• securityInfo: The securityInfo returned by mutualAuthentication(), null if securityInfo not needed.
• data: Data to send to application or Security Domain.
• Return 0 if successful.
• Exception raised if failed.

• 30. readExecutableLoadFileParameters(fileName)-- Read the parameters of an Executable Load File.
• fileName: The name of file to parse.
• Return dict("loadFileSize", "loadFileAID", "applets") if successful. Applets contain aids of all applets in the executable load file.
• Exception raised if failed.

• 31. enableTraceMode(v)-- Enable the trace mode.
• v: Enable or disable the trace mode.
• Return 0 if successful.

• 32.For more details, reference to API docs of GlobalPlatform Library.

Installation

• 1.Preparation
• Windows platform:
• > Set GlobalPlatform library path:
  

  set GLOBALPLATFORM_ROOT=/PATH/TO/GLOBALPLATFORM/ROOT

• > Put globalplatform.dll and gppcscconnectionplugin.dll in system PATH directory.
• Linux platform:
• > Install globalplatform
• Download globalplatform-6.0.0.tar.gz
• Unzip installation package
  

  tar zxvf globalplatform-6.0.0.tar.gz

• Go to installation directory
  

  cd globalplatform-6.0.0

• Install

   ./configure --prefix=/usr
  make
  sudo make install 

• > Install gppcscconnectionplugin
• Download gppcscconnectionplugin-1.1.0.tar.gz
• Unzip installation package
  

  tar zxvf gppcscconnectionplugin-1.1.0.tar.gz

• Go to installation directory
  

  cd gppcscconnectionplugin-1.1.0

• Install

   ./configure --prefix=/usr
   make
  sudo make install 

• Note:
  Download GlobalPlatform library Here.
• 2.Install from Pypi:
• >Install with command:

  pip install pyGlobalPlatform

• >Upgrade with command:

  pip install --upgrade pyGlobalPlatform

• 3.Installation verification
• >Code to verify

 # List all the current smart card readers. If successful, it indicates that pyGlobalPlatform is installed successfully.
		 from pyGlobalPlatform import globalplatformlib as gp
		sccontext = gp.establishContext() 
		gp.listReaders(sccontext)

• >Run test script

   python tests/test.py